WARDS MULTIDECK SOFTWARE
WARDS MULTIDECK SERIES

WARDS MULTIDECK SOFTWARE

Technical Support 42 Kingspan Toolkit software includes comprehensive composite floor design software which allows the user to easily select the right Multideck solution.A wide range of accessories allows for easy installation of ceilings and services. Quicker Installation Contents Specification and Design 41 Load Tables 43 Fire Performance 48 Dramix® Load Tables 50 No temporary supports required under most conditions.Concrete Volume Savings Due to its unique profile Multideck 80-V2 requires less concrete than other decks to achieve any given slab thickness.If you would like further information on how LWF and fire strategies could assist you, please contact LWF on freephone 08.Multideck 80-V2 Multideck 80-V2 is designed to incorporate all the advantages of the Multideck 60-V2 but in a deeper profile to provide longer spans up to 5.4m unpropped. Lawrence Webster Forrest has been working with their clients for over 25 years to produce innovative and exciting building projects. In the meantime, if you have any questions about this blog, or wish to discuss your own project with one of our fire engineers, please contact us. In Part 71 of LWF’s blog series, LWF will look at the integration of non-compliant design elements in a hospital build. The structural assessment meant it could be demonstrated that the beams framing into columns were fire protected, however combinations of intermediate beams were unprotected.

The slab itself would remain relatively cool which effectively insulates the reinforcement from fire damage. The assessments undertaken indicated that the steel frame performance was enhanced due to its make-up. The frame was also assessed using Vulcan, a finite element program developed at University of Sheffield. The composite slab achieved greater fire resistance than required for fire safety purposes, which brings inherent benefits to life safety and property protection.įurther benefits were realised when the steel frame was assessed using scoping calculations taken from the Steel Construction Institute’s SCI P288 and BRE’s Digest 462. a deep composite slab could be realised within the overall fire strategy. This provision was made to reduce the vibration sensitivity below the required level of perception.īenefits of the construction form, i.e. This required the use of a relatively deep composite slab, which uses Multideck 60, supporting a 150 mm deep composite slab in general areas and 300 mm deep in operating theatre areas. It was necessary for the hospital to have strict controls on vibrations, as it can effect surgical equipment such as microscopes, MRI equipment and other imaging instruments, operating procedures, and patient comfort. HTM 81 required that the building was constructed of 120 minute fire resistant materials, but fire-engineered analysis on the potential types of fire and temperatures that might result allowed a reduction in fire resistance to 60 minutes. The floor area of 12,000 m 2 was spread over 11 floors and also included an underground basement car park. The hospital was to have a high ratio of operating theatres to ward space.

The proposed hospital facility in this example was procured through the Private Finance Initiative (PFI), which is a method of financing public sector projects through the private sector. In part 70, we discuss the example given in HTM 05-03 of structural fire engineering used in a state-of-the-art hospital facility. In part 69 of Fire Engineering for Healthcare Premises, LWF looked at how fire engineering was used in the integration of an atrium into a teaching hospital.

WARDS MULTIDECK SERIES

LWF’s blog series for healthcare professionals aims to give information on best practice of fire safety in hospitals and other healthcare premises. Fire Engineering for Healthcare Premises – Examples of Fire-Engineered Healthcare – Part 70 Janu1:22 pm

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